Page 64 - THREADING CATALOG

USER GUIDE
THREAD TURNING BLADE for External Threading Screw-Clamped Tools with CAMFIX Shanks for Polygonal Taper

Interface Solution for External Threading
Self-Clamped

The CUT-GRIP family includes blades for large External threading tools with CAMFIX shanks for
overhang applications. CUT-GRIP blades are double- polygonal taper interface (ISO 26623-1 standard)
ended and suitable for machines that can use standard enable quick change and reduce setup time - most
blocks for blades. These blades can offer a preferred important for mass production industries. These
solution for external threading production between the threading tools feature coolant channels for efficient
walls in narrow grooves. If the blade’s insert pocket is flushing of heat and chips from the cutting edges.
damaged, the other side of blade may still be used.
CAMFIX Features for Turning Applications
Basic Dimensions of Blade Polygonal design-self centering.
face contact tapered
OHX
0.002 mm contact
center height
CUTDIA=2xOHX H HF repeatability
OAL WB Clamping
force
OAL — overall length
HF — functional height
H — blade height high rigidity
OHX — maximum overhang The CAMFIX system features high accuracy,
WB — blade width excellent rigidity against bending forces, stability
and high torque transfer. This is achieved due
Main Advantages to the polygonal cone and face contact.
• Suitable for all types of lathe machines. Basic Dimensions of Threading Tools with
• Suitable for large overhang applications. CAMFIX Shanks for Polygonal Taper Interface
• Suitable for work next to shoulder.
LF
• Suitable for threading production between
the walls in narrow grooves.
• Economical solution - double-ended.
• Rigid clamping system. CDX DCONMS
• Easy and fast insert mounting and cutting edge indexing. WF
• No setup needed after each insert indexing. CWN-CWX

LF — functional length
DCONMS — connection diameter of machine side
WF — functional width
CDX — cutting depth maximum

Main Advantages
• Reduces cutting time.
• Provides longer tool life of cutting edge.
• Very effective cooling down of the cutting edge,
reducing sensitivity to heat fluctuations.
• Enables better chip evacuation.

ISCAR
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